DiamaPro 7" Wet/Dry Honeycomb Pad, 800 grit

- Fine-grit resin polishing pad for high-gloss finishing — 800 grit sits in the high-end polishing range, used after metal-bond grinding has opened the floor and finer resin pads have refined it. The honeycomb design delivers a high-gloss finish on concrete, granite, marble, terrazzo, and engineered stone surfaces. Part of DiamaPro Systems' resin polishing pad line, calibrated for cutting speed and tool life.

- Flexible honeycomb resin design for even pressure and dust evacuation — the hexagonal pattern molded into the pad's face creates large channels that evacuate dust during dry use and water during wet use, preventing the diamond surface from loading up. The honeycomb structure also flexes around contours and lippage, maintaining consistent contact pressure across the entire pad face — important for an even gloss on imperfect floors.

- Wet/Dry dual-mode operation — usable in either condition: wet polishing reduces heat and extends pad life, dry polishing is more convenient on job sites without water access. Note: a backing pad with hook-and-loop attachment is required to mount this pad to a 7" hand grinder or stand-up edger. Compatible with most 7" handheld grinders and stand-up edge machines.

- Critical category distinction: resin pad, not metal segment — honeycomb pads are resin-bonded and run after the metal-bond grinding sequence is complete. A typical concrete polishing progression: metal-bond grinding (16/25/40/80 grit) → transitional / hybrid diamonds → resin polishing pads (50, 100, 200, 400, 800, 1500, 3000). Skipping from metal directly to 800-grit resin will leave scratches the resin can't remove.

- The "high gloss" step in the resin sequence — per industry guidance, full high-gloss polish begins at the 800-grit pad and continues through 1500 and 3000 grit. For a sealed finish, many manufacturers specify polishing to 800 grit only before applying the sealer, so the surface retains enough profile for the sealer to bond. Polishing past 800 grit before sealing can cause adhesion failures — check the sealer's spec sheet before going higher.